巴基斯坦太阳能开发指南（英文版）_83页_4mb

A Solar Developer's Guide to Pakistan Summary

Core Content

This guide provides international solar developers and investors with a comprehensive overview of the solar energy market in Pakistan, including the legal, regulatory, and financial frameworks for project development.

Main Points

1. Country Profile

• Pakistan is a federal parliamentary republic with a population of over 190 million.
• It has a rapidly growing population and a significant energy deficit, with peak power shortages of 3,000 to 6,000 MW.
• The country has a long history of Independent Power Producer (IPP) projects, with 36 IPPs in operation (9 GW) and 18 under construction (5 GW).
• The energy sector has undergone structural reforms, notably the unbundling of WAPDA in 2007, which led to the establishment of the National Transmission and Distribution Company (NTDC) and 10 Distribution Companies (DISCOs).
• Recent economic developments have improved Pakistan's credit rating and risk perception, making it more attractive for investment.

2. Solar PV Potential in Pakistan

• Pakistan has high solar irradiance levels, with GHI values over 1500 kWh/m² in 90% of the land area.
• The annual mean GHI for the country is 2071 kWh/m².
• The solar potential is highest in Sindh, Balochistan, and Punjab, and lowest in Northern Regions and Khyber Pakhtunkhwa.
• A comprehensive solar resource assessment and mapping project is ongoing, with a final Solar Atlas expected in early 2017.
• High-quality solar data is available from the World Bank's Energy & Extractives Open Data Platform.

3. Solar Sector Development to Date

• The first grid-connected utility-scale solar project in Pakistan reached COD in May 2015, with a capacity of 100 MW.
• Under the 2006 RE Policy, solar projects can be developed through three main approaches: competitive bidding, direct negotiations for cost-plus tariffs, and Feed-in Tariff (FIT) setting.
• FITs for 25-year Solar PPAs were set in 2016, with different rates based on project size and location.
• For projects under 1 MW, net metering regulations came into effect on 1 September 2015, aiming to reach 1 million customers and add 3000 MW of solar power.
• Direct bilateral sales contracts with end-use customers are possible under the 2006 RE Policy, though none have been implemented yet.

4. Power Sector Institutions

• NEPRA (National Electric Power Regulatory Authority): The sole regulator for the power sector, responsible for approving tariffs, generation licenses, and grid interconnection.
• AEDB (Alternative Energy Development Board): A federal agency that acts as a 'one-window' facilitator for all solar projects, issuing LOIs and standardizing agreements.
• Provincial and AJK Agencies: Each province has its own 'one-window' facility to process solar applications. The relevant agencies are:
  • Punjab: Irrigation and Power Department
  • Sindh: Irrigation and Power Department
  • Balochistan: Irrigation and Power Department
  • KPK: Sarhad Hydro Development Organization (SHYDO)
  • AJK: Provincial agencies
• K-Electric: A private distribution company that manages electricity supply in Karachi, Uthal, and Bela. It is the only private utility company in Pakistan.

5. Tariff Determination

• NEPRA determines tariffs for solar projects using three methods:
  • Competitive bidding
  • Direct negotiations for cost-plus tariffs
  • FIT setting (upfront tariffs)
• The 2016 FIT rates are as follows:
  • Northern Pakistan:

    • 1 ≤ 20 MW: 11.5327 US Cents/kWh

    • 20 ≤ 50 MW: 11.4460 US Cents/kWh

    • 50 ≤ 100 MW: 11.3560 US Cents/kWh

  • Southern Pakistan:

    • 1 ≤ 20 MW: 10.8920 US Cents/kWh

    • 20 ≤ 50 MW: 10.8101 US Cents/kWh

    • 50 ≤ 100 MW: 10.7251 US Cents/kWh

• Developers must apply for FITs by 30th June 2016.

6. Development Process Under FIT

• The development process is divided into three stages:
  • Stage 1: Letter of Intent (LOI): Developers apply to AEDB or provincial agencies, and must identify suitable land.
  • Stage 2: LOI to Letter of Support (LOS): Developers must complete feasibility studies, grid interconnection, environmental assessments, and obtain support and performance guarantees.
  • Stage 3: LOS to Financial Close: Developers must finalize the Energy Purchase Agreement (EPA) and Implementation Agreement (IA), and secure grid interconnection.

7. Key Risks and Mitigants

• Security Risks: Include political instability and currency risks.
• Political Risks: Uncertainty in policy and regulatory changes.
• Currency Risks: Fluctuations in USD and PKR exchange rates.
• Risk Mitigation Institutions:
  • MIGA (Multilateral Investment Guarantee Agency): Provides political risk insurance.
  • World Bank (IBRD/IDA): Offers financial support and advisory services.
  • ADB (Asian Development Bank): Provides funding and support for renewable projects.
  • Other Financial Institutions: Such as RIAA Barker Gillette and Eversheds provide legal and advisory support.

8. Fiscal Regime and Taxation

• Income Tax: Applicable to solar project developers.
• Withholding Tax: May apply to income generated from solar projects.
• Provincial Taxes: Vary by province and may affect project viability.
• Customs and Import Duties: Apply to imported solar equipment.
• Sales Tax/VAT/Turnover Tax: Applicable at the national level.
• Zakat: An Islamic tax applicable to certain types of income.
• Other Incentives: Include government support agreements and standardized documents.

9. Challenges and Recommendations

• Policy Uncertainty: Need for consistent and clear policy frameworks.
• Land Identification: Challenges in securing suitable land for solar projects.
• Transmission Issues: Limited grid infrastructure and interconnection challenges.
• Recommendations: Developers should focus on clear timelines, secure land, and ensure grid connectivity.

Key Abbreviations

• AEDB: Alternative Energy Development Board
• AJK: Azad Jammu and Kashmir
• FIT: Feed-in Tariff
• LOI: Letter of Intent
• LOS: Letter of Support
• NEPRA: National Electric Power Regulatory Authority
• PPA: Power Purchase Agreement
• DISCO: Distribution Company
• NTDC: National Transmission and Distribution Company
• EIA: Environmental Impact Assessment
• K-Electric: Private distribution company
• GHI: Global Horizontal Irradiance
• COD: Commercial Operations Date
• MWh: MegaWattHour
• MW: MegaWatt
• kWh: Kilowatt-hour
• kV: Kilovolt
• USD: United States Dollar
• IRR: Internal Rate of Return
• ROE: Return on Equity
• WAPDA: Water and Power Development Authority
• ESMAP: Energy Sector Management Assistance Program
• OpenStreetMap: Open data resource for mapping
• ASTAE: Asia Sustainable and Alternative Energy Program

Conclusion

The solar market in Pakistan is still in its early stages but shows promising potential. With favorable irradiance levels, a growing number of solar projects, and supportive regulatory frameworks, the country is becoming an attractive destination for international developers. However, challenges such as policy uncertainty, land identification, and transmission infrastructure remain. Developers are advised to engage with relevant institutions, secure necessary approvals, and mitigate risks through financial and legal support mechanisms.